Which of the following logic gates will...

Question 1 / 27070ACH6d9uz99wOPQnJ6g0x

Question 1 of 27070ACH6d9uz99wOPQnJ6g0x

Which of the following logic gates will provide an active high out when both inputs are active high?

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Question 1 of 27070

Q

Which of the following logic gates will provide an active high out when both inputs are active high?

🔍 Key Concepts

• Truth tables for basic logic gates (AND, OR, NAND, NOR, XOR) • Definition of an active high signal (logic 1 vs logic 0) • How each gate behaves when both inputs are high (1 and 1)

💭 Think About

• Write out a mini truth table only for the case where both inputs are high (1,1) for each gate option. Which ones give an output of 1? • Think about which gates are the inverse (opposite) of others. How does that affect their output when both inputs are 1? • For each choice, ask: if input A = 1 and input B = 1, what does this particular gate output?

✅ Before You Answer

• Be sure you clearly define input = active high (1) and output = active high (1) in your table. • Double-check the standard symbol meanings: NAND = NOT AND, NOR = NOT OR. • Verify that only the gate(s) whose rule matches “1 AND 1 gives 1” without inversion will satisfy the question.

Question 1 of 27070

Q

Which of the following logic gates will provide an active high out when both inputs are active high?

A

NAND.

B

NOR.

C

AND.

D

XOR.

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Question 1 / 27070ACH6d9uz99wOPQnJ6g0x

Question 1 of 27070ACH6d9uz99wOPQnJ6g0x

Which of the following logic gates will provide an active high out when both inputs are active high?

Back

Question 1 of 27070

Q

Which of the following logic gates will provide an active high out when both inputs are active high?

🔍 Key Concepts

• Truth tables for basic logic gates (AND, OR, NAND, NOR, XOR) • Definition of an active high signal (logic 1 vs logic 0) • How each gate behaves when both inputs are high (1 and 1)

💭 Think About

• Write out a mini truth table only for the case where both inputs are high (1,1) for each gate option. Which ones give an output of 1? • Think about which gates are the inverse (opposite) of others. How does that affect their output when both inputs are 1? • For each choice, ask: if input A = 1 and input B = 1, what does this particular gate output?

✅ Before You Answer

• Be sure you clearly define input = active high (1) and output = active high (1) in your table. • Double-check the standard symbol meanings: NAND = NOT AND, NOR = NOT OR. • Verify that only the gate(s) whose rule matches “1 AND 1 gives 1” without inversion will satisfy the question.